High dosage radioactive drug subpackaging shielding device
a radioactive drug and shielding device technology, applied in the field of subpackaging shielding devices, can solve problems such as inconvenience for users
Inactive Publication Date: 2008-06-10
BECQUEREL & SIEVERT
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Benefits of technology
[0005]The present invention provides an improved high dosage radioactive drug subpackaging shielding device, which apart from facilitating a user to make rotational adjustments on the device; moreover, the human body is prevented from coming in direct contact with the device when transporting it.
Problems solved by technology
Modern radioactive medical drugs are already in extensive use; however, current drug canister devices used by medical teams only allow users to use a syringe to extract the drug within the canister device.
Moreover, the canister devices are confined to unidirectional angular adjustment, which causes inconvenience to the user.
Method used
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Embodiment Construction
[0014]The present invention provides an improved high dosage radioactive drug subpackaging shielding device, which apart from facilitating a user to make rotational adjustments thereof; moreover, the human body is prevented from coming in direct contact with the device when transporting it.
[0015]Referring to FIGS. 1 and 2, which show a subpackaging shielding device A structured to comprise a base B, a canister C, a canister cover D and a carry support E. The present invention further comprises a disk B1 disposed on the base B of the subpackaging shielding device A, which provides for a user to conveniently make transversal rotational adjustments on the canister C. Moreover, support posts C2 are symmetrically configured on an outer surface of the canister C, and an inner groove C3 and an outer groove C4 are defined on each of the support posts C2. The outer grooves C4 provide for respectively disposing within notches of long supports B2, thereby enabling the support posts C2 to be su...
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The present invention provides an improved high dosage radioactive drug subpackaging shielding device, which allows for transversal rotational movements by means of a disk, while outer grooves of support posts hook into inner grooves of long supports, thereby enabling longitudinal rotational adjustments of a drug canister disposed on the long supports. Position of the canister is fixed with a screw down device after making transversal rotational adjustments, and a catch device functioning in coordination with a round-hole perforated disk enables fixing the angle of the canister after making longitudinal rotational adjustments. Furthermore, hook grooves of a carry support are used to hook into inner grooves of support posts, thereby facilitating a user to conveniently detach and transport the canister, and enables the human body to avoid coming in direct contact with the canister containing radioactive drugs, thus preventing radioactive radiation from endangering the human body.
Description
BACKGROUND OF THE INVENTION[0001](a) Field of the Invention[0002]The present invention provides a subpackaging shielding device that enables longitudinal and transversal rotation and angular adjustment of a canister. Moreover, a characteristic that enables the canister to be dismounted from a base facilitates transporting it using a carry support.[0003](b) Description of the Prior Art[0004]Modern radioactive medical drugs are already in extensive use; however, current drug canister devices used by medical teams only allow users to use a syringe to extract the drug within the canister device. Moreover, the canister devices are confined to unidirectional angular adjustment, which causes inconvenience to the user.SUMMARY OF THE INVENTION[0005]The present invention provides an improved high dosage radioactive drug subpackaging shielding device, which apart from facilitating a user to make rotational adjustments on the device; moreover, the human body is prevented from coming in direct c...
Claims
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IPC IPC(8): G21F5/00B01J4/02
CPCG21F5/015G21F5/12
Inventor CHEN, CHI-KUANG
Owner BECQUEREL & SIEVERT